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Address
2578 Gudai Road, Minhang District, Shanghai
Shanghai Fanbiao Textile Testing Technology Co., Ltd
2578 Gudai Road, Minhang District, Shanghai
Hybrid Type 3 Collision Dummy - Adult Male 50th percentile, widely used for evaluating frontal collision tests of automotive safety restraint systems. We have developed this type of hybrid type 3 dummy and other types of dummies that comply with ECE specifications, considering human biomimetic motion, with thighs, calves, ankles, and foot joints. The dummy can also be used for testing non automotive products such as aviation, high-speed rail, wheelchairs, medical, sports equipment, etc.

Product Specifications
| Collision test dummy: |
| Including components such as the head, neck, upper torso with chest skin (or without skin), lower torso, thighs (left and right), calves (left and right, including feet), upper arms (left and right), lower arms (left and right, including hands), etc |
| The dummy can maintain a sitting/(or standing) posture |
| The dimensions of each component are basically the same as those of adult males in the 50th percentile |
| Standing height: 1750 ± 10mm (not available for seated dummies) |
| Sitting height: 883.9 ± 5.1mm |
| The physical mass distribution of each component is basically consistent with that of a 50th percentile adult male, with a total weight of 77.65 ± 1.18Kg |
| Using aluminum skull, copper joints, and steel skeleton components |
| The neck and lumbar spine are made of rubber material |
| Chest with simulated skin |
| Reserve installation positions and wiring space for sensors in various parts |
| Dummy sensor: |
| Optional, made in China/Europe and America |
| All sensors meet the requirements of SAE J211/1 |
| Each sensor is equipped with a 10m signal cable |
| All sensors must provide measurement reports/calibration work issued by third-party metrology institutions |
| Responsible for measuring sensors and installing and debugging sensors on the dummy body |
| Types and quantities of sensors installed on the dummy body: |
| Head: 3 acceleration sensors |
| Upper neck: 1 six axis force sensor |
| Lower neck: 1 six axis force sensor |
| Chest: 3 acceleration sensors |
| Chest: 1 displacement sensor |
| Lumbar spine: 0 six axis force sensors |
| Knee joint: optional |
| Ankle: optional |
| Head and chest acceleration sensors: |
| Range: 2000g |
| Sensitivity: 0.15mV/g |
| Excitation voltage: 2-10VDC |
| Frequency response: 0-5kHz (± 1/2dB) |
| Nonlinear error: ± 1% FS |
| Upper neck six axis force sensor: |
| Measurement direction: Fx, Fy, Fz, Mx, My, Mz |
| 量程: 9kN(Fx,Fy), 13kN(Fz), 280N•m(Mx,My,Mz) |
| Excitation voltage: 2-15VDC |
| Nonlinear error:<1% |
| Hysteresis error:<1% |
| Lower neck six axis force sensor: |
| Measurement direction: Fx, Fy, Fz, Mx, My, Mz |
| 量程: 13.3kN(Fx,Fy), 13.4kN(Fz), 454.6N•m(Mx), 455.3N•m(My), 453.7N•m(Mz) |
| Excitation voltage: 2.5-15VDC |
| Nonlinear error:<1% |
| Hysteresis error:<1% |
| Chest displacement sensor: |
| Range: ≥ 75mm |
| Sensitivity: 1.0802mv/v/mm |
| Power supply voltage: 5VDC |
| Delay:<1% |
| Nonlinear error:<2% |
| Lumbar six axis force sensor: |
| Measurement direction: Fx, Fy, Fz, Mx, My, Mz |
| Range: 15.08kN (Fx), 15.08kN (Fy), 20.1kN (Fz), 602.7N • m (Mx), 602.0N |
| Excitation voltage: 2.5-15VDC |
| Nonlinear error:<1% |
| Hysteresis error:<1% |